ControlledCurrentSource

Navigation:  Library > Iconic Diagrams > Electric > Sources >

ControlledCurrentSource

Previous pageReturn to chapter overviewNext page

Library

Iconic Diagrams\Electric\Sources

Implementations

Voltage

Current

Use

Domains: Continuous. Size: 1-D. Kind: Iconic Diagrams (Electric).

Description - Voltage

This model represents an ideal voltage controlled current source. Both ports of the model have separate high and low terminals:

 

p_in.u = p_in_high.u - p_in_low.u;

p_in_high.i = p_in_low.i = p_in.i;

p_out.u = p_out_high.u - p_out_low.u = 0

p_out_high.i = p_out_low.i = p_in.i;

 

The equations of this model are:

 

p_in.i = 0;

p_out.i = p_in.u;

p_out.u = indifferent;

 

Interface - Voltage

Ports

Description

p_in_high, P_in_low

p_out_high, P_out_low

Both terminals of the input port p_in (Electric).

Both terminals of the output port p_out (Electric).

Causality

 

fixed current out p_in

fixed current out p_out

 

Description - Current

This model represents an ideal current controlled current source. Both ports of the model have separate high and low terminals:

 

p_in.u = p_in_high.u - p_in_low.u;

p_in_high.i = p_in_low.i = p_in.i;

p_out.u = p_out_high.u - p_out_low.u = 0

p_out_high.i = p_out_low.i = p_in.i;

 

The equations of this model are:

 

p_in.u = 0;

p_out.i = p_in.i;

p_out.u = indifferent;

 

Interface - Current

Ports

Description

p_in_high, P_in_low

p_out_high, P_out_low

Both terminals of the input port p_in (Electric).

Both terminals of the output port p_out (Electric).

Causality

 

fixed voltage out p_in

fixed current out p_out